使用OpenTOSCA在工业环境中自动化配置和集成具有数据资源的分析工具

Michael Zimmermann, F. Baumann, Michael Falkenthal, F. Leymann, U. Odefey
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引用次数: 4

摘要

第四次工业革命是由大量不同数据的整合和分析驱动的。因此,有关生产步骤、整体制造过程和支持过程的数据被收集起来,以启用整体分析方法。这些方法通过揭示节约成本的可能性和生产过程的自动化调整,有望提供新的见解和知识。然而,这种场景通常需要分析服务和数据集成堆栈,因为必须开发和执行算法,因此必须将算法与要处理的数据连接起来。这将导致整体分析环境的复杂设置,必须根据不同分析场景和设置的需要进行安装、配置和管理。手动执行此类安装既耗时又容易出错。因此,我们将演示如何对这种组合集成和分析场景的不同组件进行建模,以便在不同的设置中重用,同时启用整体分析堆栈和服务的完全自动化供应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automating the Provisioning and Integration of Analytics Tools with Data Resources in Industrial Environments Using OpenTOSCA
The fourth industrial revolution is driven by the integration and analysis of a vast amount of diverse data. Thereby, data about production steps, overall manufacturing processes, and also supporting processes is gathered to enable holistic analysis approaches. These approaches promise to provide new insights and knowledge by revealing cost saving possibilities and also automated adjustments of production processes. However, such scenarios typically require analytics services and data integration stacks since algorithms have to be developed, executed and therefore be wired with the data to be processed. This leads to complex setups of overall analytics environments that have to be installed, configured and managed according to the needs of different analysis scenarios and setups. The manual execution of such installations is time-consuming and error-prone. Therefore, we demonstrate how the different components of such combined integration and analytics scenarios can be modelled in order to be reused in different settings, while enabling the fully automated provisioning of overall analytics stacks and services.
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